Gel Boxing Gloves

GelBoxing Gloves is a boxing protective equipment that uses gel material as the core buffer layer. Through the high elasticity and energy feedback characteristics of gel, combined with the support structure of traditional boxing gloves, it realizes the closed-loop protection of "impact absorption - energy dispersion - precise rebound". Compared with traditional foam filling, gel material has achieved breakthroughs in fatigue resistance, permeability and durability, becoming a new choice for professional boxers and fitness enthusiasts.

2、 Core features and data-driven analysis

Dual density gel buffer system

Technical parameters: adopt the layered design of "outer layer high-density gel (hardness 85 Shore A)+inner layer low-density gel (hardness 60 Shore A)", with a total thickness of 3.5cm (20% thicker than traditional foam).

Functional performance:

Impact absorption: laboratory tests show that the gel system can absorb 95% of the fist peak impact force (88% for traditional foam), reducing the instantaneous pressure peak of the fist face and wrist.

Energy feedback: The rebound efficiency reaches 78% (65% for foam), reducing power loss during punching and improving continuous striking efficiency.

Fatigue suppression: Through simulating 1000 consecutive strikes, the boxer's muscle fatigue is reduced by 35%, making it suitable for high-intensity training.

3D Stereoscopic Cutting and Ergonomic Design

Technical details:

The palm area adopts biomimetic fish scale patterns to increase grip friction and prevent the glove from slipping (wet grip strength increases by 40%).

The wrist support system adopts a memory alloy skeleton, which can withstand a tensile force of 200N without deformation, and provides three levels of angle adjustment (0 °/15 °/30 °) to adapt to different technical styles.

Data validation:

The fit error between the fist peak and the wrist is less than 2mm (the industry average is 5mm), ensuring accurate punching precision.

Reduce the risk of wrist sprain by 60% (certified by a sports medicine institution).

Microporous breathable gel layer

Innovative design: Permeable micropores with a diameter of 0.2mm are embedded inside the gel, and the outer mesh fabric is used to improve the air circulation efficiency by 50%.

user's experience:

Training in a high temperature environment of 35 ℃ can accelerate the evaporation rate of sweat on the hands by 30%, avoiding a decrease in grip strength caused by stuffiness.

Antibacterial test shows that the gel layer can inhibit 99% of Staphylococcus aureus, and the odor index is 20% lower than the industry standard after 30 days of continuous use.

Ultra fiber wear-resistant outer layer+tear resistant process

Material characteristics:

The outer layer is made of 0.9mm thick microfiber leather (with a tear resistance of 280N/mm ²), which is 2.5 times more durable than ordinary leather.

The Quanfeng area adopts laser cutting technology to reduce seam friction and extend service life.

Practical performance:

After 1000 impact tests, the deformation of the fist peak was less than 0.3mm, and there were no cracks on the leather surface.

Wear resistance testing shows that the lifespan of gloves is extended by 40% compared to traditional models (approximately 1200 hours of use).

3、 Application field and scenario adaptation

Professional competitive field

Boxing/kickboxing events: Complies with international boxing organization standards such as WBC/WBA/IBF, with peak hardness and impact resistance certified by SGS.

Mixed Martial Arts (MMA): The front end of the boxing ring is reserved with finger joint movement space, taking into account the needs of boxing and grappling techniques. Some models have been officially certified by UFC.

Full coverage of training scenarios

Basic training: lightweight design (6-8oz) is suitable for children/female users. The filling density of gel is reduced by 15% to reduce beginners' frustration.

Strength Enhancement: 14-16oz weighted gloves can increase punching resistance and improve muscle endurance. Actual test data shows that punching strength increases by 18% -28% after 3 months of use.

Technical polishing: The friction coefficient on the surface of the boxing ring has been optimized to 0.8 (0.55 for ordinary boxing rings), making it easy to simulate grip and grappling movements in actual combat.

Special environmental applications

High temperature training: high temperature resistant materials (stable in the environment of -20 ℃ to 60 ℃) to avoid gel hardening or degumming.

High humidity environment: Antibacterial lining inhibits bacterial growth, laboratory tests show that after continuous use for 30 days, the odor index is below 25% of the industry standard